| 摘 要: 智能温室是结合自动化和物联网等技术研发的，其作用是实现农作物培育阶段的全自动化和防治病虫害，通过制作小型智能温室模拟真实环境，同时使用控制变量的方法对比有无害虫防治模块下农作物的生长问题，结果显示，经过害虫防治的农作物产量和质量均优于无害虫防治的农作物。通过多次研究与模拟实验发现，在智能温室培育的农作物相较于传统温室，农作物的败坏率降低，相同面积内的农作物更多，农作物的产量和质量也得到提高。 |
| 关键词: 物联网；智慧农业；智能温室大棚；控制系统 |
|
中图分类号: TP391
文献标识码: A
|
| 基金项目: 辽宁省教育厅高等学校基本科研项目(LJKZ0157)；沈阳工业大学2022年大学生创新创业训练计划省级立项(S202210142007). |
|
| Design and Implementation of Intelligent Agriculture Early Warning and Automatic Regulation System |
|
WANG Junbo1, DU Hongbo2, LIANG Zhenhua1, DAI Yuren1
|
( 1.Software College, Shenyang University of Technology, Shenyang 110870, China ;
2.College of Science, Shenyang University of Technology, Shenyang 110870, China )
745305676@qq.com; 18334353@qq.com; 2066097452@qq.com; 854848114@qq.com
|
| Abstract: Intelligent greenhouse is developed by combining automation, Internet of Things and other technologies. Its role is to achieve full automation in the crop cultivation stage and to prevent and control diseases and pests. This paper proposes to make a small intelligent greenhouse to simulate the real environment, and use the method of controlling variables to compare the growth of agricultural products with and without pest control modules. Results show that the yield and quality of crops after pest control are better than those without pest control. Through many studies and simulation experiments, it is found that compared with traditional greenhouses, the crops cultivated in intelligent greenhouses have lower deterioration rate, more crops in the same farming area, and the yield and quality of crops have also been improved. |
| Keywords: Internet of Things; intelligent agriculture; intelligent greenhouse; control system |
